2 and 3 Pole Hybrid Relays

Supplier: Carlo Gavazzi Automation Components

Carlo Gavazzi is proud to announce our new generation of economically friendly switching devices, the RMD Hybrid Relays. This product provides a mercury-free switching solution, ideal for controlling heating element inside of food ovens, warmers, fryers, rotisseries and other food equipment. They are one of the few products of their type available on the market which is capable of switching up to 20 cycles per minute, with a 4 million electrical cycle life expectancy.
The RMD Series combines the benefits of solid state technology and electromechanical relays to provide a hybrid relay, which is an optimal solution. This means that there is virtually no contact arcing, which results in prolonged relay life and much less emission inside of the panel. Another benefit of hybrid technology is a full amperage rating at elevated operational temperatures. While most conventional switching devices are rated at 25°C or 40°C, the RMD Hybrid Relays are fully rated up to 60°C. The RMD3H switches heaters on three legs while the RMD2H is a lower cost alternative, as it switches two poles and the third pole is directly connected between L2 and T2. The RMD Series are mercury free and cRUus recognized, giving assurance of high quality and safety.

Similar Products

CARLO GAVAZZI is proud to announce the launch of their new CGHMI Series of HMIs available in 4 different sizes, constructed in one of up to three different housing bezels: economical plastic, durable aluminum or rugged, wash down resistant stainless ste...

CARLO GAVAZZI is proud to announce the launch of their new Stainless Steel UA18EAD and UA30CAD Series Ultrasonic Sensors with Digital and Analog Output Configurations. These sensors feature maximum sensing ranges of 250 to 3500mm and offer flexible outp...

CARLO GAVAZZI is proud to announce the launch of their new Multi-voltage CA30CLN12M Series Capacitive Sensor with Relay and Optional Time Delay Output. These sensors provide reliable detection of solid, fluid or granulated substances and are equi...